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    • 41. 发明申请
    • VIDEO DISPLAY SYSTEM
    • 视频显示系统
    • US20110169929A1
    • 2011-07-14
    • US12979825
    • 2010-12-28
    • Shigeki MiyazakiYoshihisa SatoAtsuhiro Chiba
    • Shigeki MiyazakiYoshihisa SatoAtsuhiro Chiba
    • H04N13/04
    • H04N13/00H04N13/30
    • A video display system includes a video display unit time-divisionally performing switching between a plurality of video streams to display the video streams, thereby emitting linear polarized display light; and shutter eyeglasses performing switching between open state to transmit incident light and closed state to block the incident light in synchronization with the switching between the video streams in the video display unit, each eyeglass in the shutter eyeglasses including a liquid crystal device, an entrance-side polarization plate provided on a light entrance side of the liquid crystal device and an exit-side polarization plate provided on a light exit side thereof. Polarization degree in the entrance-side polarization plate is lower than that in the exit-side polarization plate.
    • 视频显示系统包括视频显示单元,用于分时执行多个视频流之间的切换以显示视频流,从而发出线性偏振显示光; 以及快门眼镜,在打开状态之间进行切换以透射入射光和关闭状态,以与视频显示单元中的视频流之间的切换同步地阻挡入射光,快门眼镜中的每个眼镜包括液晶装置, 设置在液晶装置的光入射侧的侧面偏振板和设置在其光出射侧的出射侧偏振板。 入射侧偏振板的极化度比出射侧偏光板的偏振度低。
    • 49. 发明授权
    • Device for detecting obstacle located backward of automobile
    • 用于检测位于汽车后方的障碍物的装置
    • US07236088B2
    • 2007-06-26
    • US11100606
    • 2005-04-07
    • Norifumi MatsukawaYoshihisa SatoKoji Kato
    • Norifumi MatsukawaYoshihisa SatoKoji Kato
    • B60Q1/00
    • B60Q1/447G01S15/931
    • A device for detecting an obstacle located backward of a vehicle is mounted on a vehicle such as a pickup truck having a rear loading space and a tailgate for closing the loading space. Ultrasonic waves are transmitted backward, and the backward obstacle is detected by receiving ultrasonic waves reflected by the backward obstacle. When the tailgate is open or the load extends backward from the open tailgate, the transmitted waves are reflected by the open tailgate or the extending load. This may cause erroneous detection of the backward obstacle. To avoid the erroneous detection, detection of the reflected waves from the backward obstacle is delayed by a predetermined period when the tailgate is open or the load extends backward.
    • 用于检测位于车辆后方的障碍物的装置安装在诸如具有后装载空间和后挡板的卡车的车辆上,用于关闭装载空间。 超声波向后方传播,通过接收由后方障碍物反射的超声波来检测后方障碍物。 当后挡板打开或负载从打开的后挡板向后延伸时,传输的波被打开的后挡板或延伸的载荷反射。 这可能导致后向障碍物的错误检测。 为了避免错误检测,当后挡板打开或负载向后延伸时,来自后方障碍物的反射波的检测被延迟预定周期。
    • 50. 发明申请
    • Ultrasonic sensor mounting structure
    • 超声波传感器安装结构
    • US20070062292A1
    • 2007-03-22
    • US11525217
    • 2006-09-22
    • Yoshihisa SatoMuneaki Matsumoto
    • Yoshihisa SatoMuneaki Matsumoto
    • G01H11/00
    • G01S7/521B60R19/483G01S2015/938G10K11/004
    • An ultrasonic sensor mounting structure includes an ultrasonic sensor and a wall member to which the ultrasonic sensor is mounted. The ultrasonic sensor includes an ultrasonic transducer and a vibrating surface. An inner surface of the wall member has a fixation portion where the ultrasonic sensor is fixed, a touch portion where the ultrasonic transducer touches, and a location mark portion that indicates location of the fixation portion. An outer surface of the wall member has a vibration portion as the vibrating surface of the ultrasonic sensor. The vibration portion is positioned opposite to the touch portion. The ultrasonic sensor can be accurately mounted in a desired location on the wall member without a reduction in a sensor characteristic, because the location mark portion does not overlap the touch portion.
    • 超声波传感器安装结构包括超声波传感器和安装有超声波传感器的壁构件。 超声波传感器包括超声波换能器和振动面。 壁构件的内表面具有固定超声波传感器的固定部分,超声波传感器接触的触摸部分和指示固定部分的位置的位置标记部分。 壁构件的外表面具有作为超声波传感器的振动面的振动部。 振动部分与触摸部分相对定位。 因为位置标记部分不与触摸部分重叠,所以可以将超声波传感器精确地安装在壁部件上的期望位置,而不会降低传感器特性。